In recent years, attack methods targeting electronic devices have become increasingly sophisticated and diverse, making countermeasures against physical attacks on the devices themselves ever more important. Secafy leverages three core technologies—hardware noise evaluation, hardware security assessment, and analog circuit and semiconductor packaging—to identify security threats in areas such as IoT devices, industrial equipment, and 5G communication infrastructure, and to support the development of effective countermeasures.
A startup manufacturing high-quality GeO2 substrates for next-generation power semiconductors that reduce power loss using proprietary technology. It provides stable supply of materials that were previously difficult to obtain, supporting efficient power conversion for realizing GX.
Kyoto University-spun startup commercializes world's first technology to visualize radiation and gamma rays like an optical camera. Also provides data analysis services, aiming for applications across diverse fields including healthcare and space observation.
ScienceEdge is a startup developing optical measurement instruments powered by cutting-edge laser technology and advanced microscopy engineering. Our flagship product is the thermoreflectance microscope — the world’s first commercially available system of its kind. This innovative analytical microscope enables nanoscale to microscale measurement of thermal conductivity, and is attracting strong attention from researchers and engineers working to solve the growing heat challenges in AI semiconductor development. Our vision is “Trusted Microscopy. Unbridled Pioneering.” We strive to be a trusted global brand while continuously pursuing bold, unconstrained innovation.
Metro Weather conducts research, development, and manufacturing of Doppler LiDAR systems that deliver high‑precision, real-time wind measurements using remote sensing technology and proprietary signal‑processing techniques. We also provide observation data through customized software solutions tailored to specific user needs. We are currently expanding from our traditional markets toward dual‑use applications for both defense and civilian sectors. Our technology is now being utilized in defense, aviation, maritime operations, and competitive sailing. In addition, we are exploring LiDAR‑based object detection, aiming to contribute to solving emerging challenges in security fields such as suspicious drone detection. “Make the skies of the future safer and freer.”